FIBER LASERS
Today, when it comes to metal cutting, there are over 100 different types of metals that you can process. Depending on the industry you work in, you probably have at least one or more types of metal that you need to laser cut. FIBER or GAS (usually CO2) lasers are the two most common processes for metal processing, whether it is ferrous or non-ferrous metals. YAG or crystal laser technology was used in the past primarily for cutting thick metals, but it is more expensive and has a significantly shorter lifespan compared to CO2 and fiber laser processing.
Most sheet metal cutting applications – especially below 5mm – are mainly processed using fiber cutting systems.
Fiber laser beams offer a wavelength that is suitable for metal, as metal absorbs that wavelength more efficiently. The smaller spot size and excellent beam profile make it ideal for cutting most metals. Most notably, compared to CO2, fiber has a straight line speed that is 2-3 times faster when cutting thin sheets of 5mm or less.
In terms of operating costs, fiber consumes only about 1/3 of the operating power compared to CO2. Also, fiber offers less downtime, less ongoing maintenance which translates into increased productivity.
For this reason, fiber is quickly replacing traditional CO2 lasers in most metal cutting applications.
Since these are machines that can be significantly adapted to your needs in order to maximize their potential, the team of experts from PROCNC doo is at your disposal for any questions or clarifications.
FIBER LASER FOR PIPES
A laser pipe cutting machine is specialized equipment designed for precise and accurate pipe cutting. This machine is used in various spheres of production, as it allows cutting round, elliptical, square and polygonal pipes as well as C and H profiles.
Overview of the basic components of a laser tube cutting machine and how it works:
1. Chuck Support: The laser tube cutting machine is equipped with a specialized chuck that securely holds and rotates the tube during the cutting process. This rotational capability provides 360-degree access to the tube, allowing the laser beam to effortlessly cut complex shapes and patterns.
2. Precision and accuracy in tube cutting: They offer exceptional precision and accuracy during the cutting process. A laser tube cutting machine can produce clean and precise cuts, ensuring a superior quality finish. This level of accuracy is especially critical in industries where precise measurements are of the utmost importance. importance, such as automotive, aeronautics and architectural applications.
3. Versatile Pipe Cutting Machine: Laser pipe cutting machines are designed to handle a variety of pipe shapes and sizes, including round, square, rectangular and oval pipes. They also have the ability to cut through a variety of materials, such as stainless steel, carbon steel, aluminum, copper and brass. This exceptional versatility makes them suitable for a wide range of industries and applications.
4. Efficient and fast pipe cutting: Compared to traditional cutting methods, a laser pipe cutting machine can cut pipes significantly faster, leading to increased productivity and reduced production time. This advantage is especially significant in high-volume manufacturing environments.
5. Advanced capabilities for complex cuts: The laser tube cutting machine has advanced capabilities that enable complex cuts to be performed. These machines can perform oblique cuts and complex shapes.
Types of laser pipe cutting machines:
According to the classification of the number of chucks, the pipe laser cutting machine can be divided into single chuck, double chuck, three chuck and four chuck machines. According to the loading and unloading system, it can be divided into manual loading, semi-automatic loading and fully automatic loading.